private void setReservoirFieldNames() {
ReservoirFieldNames names = new ReservoirFieldNames();
names.setTotalHead("altura");
names.setPressure(null);
names.setHead("altura_total");
names.setDemand("caudal");
Preferences.setReservoirFieldNames(names);
}
private void setSourceFieldNames() {
JunctionFieldNames names = new JunctionFieldNames();
names.setElevation("altura");
names.setBaseDemand("q_calculo"); //
names.setPressure("presion");
names.setHead("altura_total");
names.setDemand(null);
Preferences.setSourceFieldNames(names);
}
private void setPipeFieldNames() {
PipeFieldNames names = new PipeFieldNames();
names.setDiameter("diametro");
names.setRoughness("rugosidad");
names.setFlow("caudal");
names.setVelocity("velocidad");
names.setUnitHeadLoss("perdida_carga");
names.setFrictionFactor("factor_friccion");
Preferences.setPipeFieldNames(names);
}
private void setPumpFieldNames() {
PumpFieldNames names = new PumpFieldNames();
names.setElevation("cota");
names.setValue("potencia");
names.setFlow("caudal");
names.setVelocity(null);
names.setUnitHeadLoss("altura");
names.setFrictionFactor(null);
Preferences.setPumpFieldNames(names);
}
private void setValveFieldNames() {
ValveFieldNames names = new ValveFieldNames();
names.setElevation("cota");
names.setDiameter("diametro");
names.setSetting("consigna");
names.setFlow("caudal");
names.setVelocity("velocidad");
names.setUnitHeadLoss("perdidas");
names.setFrictionFactor(null);
Preferences.setValveFieldNames(names);
}
private void setLayerNames() {
LayerNames layerNames = new LayerNames();
layerNames.setJunctions("alt_conexiones");
layerNames.setPipes("alt_tuberias");
layerNames.setPumps("alt_bombeos");
layerNames.setReservoirs("alt_embalses");
layerNames.setSources("alt_fuentes");
layerNames.setTanks("alt_depositos");
layerNames.setValves("alt_valvulas");
Preferences.setLayerNames(layerNames);
}
private void setTankFieldNames() {
TankFieldNames names = new TankFieldNames();
names.setElevation("cota");
names.setInitLevel("nivel_inicial");
names.setMinLevel("nivel_minimo");
names.setMaxLevel("nivel_maximo");
names.setDiameter("diametro");
names.setPressure("presion");
names.setHead("altura_total");
names.setDemand("q_neto_entrante");
Preferences.setTankFieldNames(names);
}
public PipeCADToolContext(PipeCADTool owner) {
super();
pointLayers = Preferences.getPointLayers();
try {
geometries = new ArrayList<IGeometry>();
IFeatureIterator iterator;
for (FLyrVect layer : pointLayers) {
iterator = layer.getSource().getFeatureIterator();
while (iterator.hasNext()) {
geometries.add(iterator.next().getGeometry());
}
}
} catch (Exception e) {
e.printStackTrace();
}
_owner = owner;
setState(Polyline.FirstPoint);
Polyline.FirstPoint.Entry(this);
}
private void setNodesCheckers() {
Map<String, NodesChecker> nodesCheckers = Preferences.getNodesCheckers();
nodesCheckers.put(DemandVsOffert.class.getName(), new DemandVsOffert());
}
private void setFonsaguaEndGeometryListener() {
Preferences.setCADListener(new FonsaguaEndGeometryListener());
}